Best PoE Switch: 7 Picks for Cameras, APs, and VoIP
The best PoE switch I keep spec’ing for mixed camera and access-point installs is the TP-Link TL-SG1218MP. Sixteen ports. 250 W of headroom. Two SFP combo slots for a fiber uplink when the cable run gets ugly. I racked one at a small warehouse last spring and it powered eight Reolink domes, three Ubiquiti access points, plus two desk phones on a single pull each. Zero injectors. Zero drama. What separates a keeper from a paperweight comes down to four numbers you should always check first: total wattage, per-port class (802.3af, at, bt), link speed, and whether it is managed or plug-and-forget. Below are seven picks I have either installed for paying customers or racked in my own basement lab, ranked by how they perform in the field rather than which datasheet reads best.
Last updated: August 13, 2026.
Quick Comparison
| Pick | Best For |
|---|---|
| TP-Link TL-SG1218MP 16 PoE+ ports, 250 W budget, 2 SFP · $$$ |
Small business mixing cameras, APs, phones |
| NETGEAR GS308EP 8 Gigabit ports, 62 W, web-managed · $$ |
Home office that wants VLANs |
| TP-Link TL-SG116P 16 Gigabit ports, 120 W, fanless · $$ |
Mid-size surveillance on a budget |
| TP-Link LS108GP 8 Gigabit ports, 65 W, 250 m Extend · $$ |
Reaching a barn or outbuilding |
| TP-Link TL-SG1005P 5 Gigabit ports, 4 PoE+, QoS · $ |
Your first PoE box at home |
| NETGEAR GS305P 5 Gigabit ports, 63 W, warranty · $ |
Painless plug-and-play deployment |
| TP-Link TL-SF1005P 5 Fast Ethernet ports, 67 W · $ |
Cheap 720p CCTV kits |
1. TP-Link TL-SG1218MP 16 Port Gigabit PoE Switch
I reach for this one when a customer’s job sheet reads “small business, cameras, phones, Wi-Fi, one box.” Sixteen ports pushing 30 W each with a 250 W ceiling handles a full IP camera fleet without you doing wattage arithmetic per drop. Two dedicated Gigabit uplinks plus twin SFP combo slots mean copper to your router or fiber to a distant rack, your call. I installed one in a self-storage office last May and it has not rebooted since.
Pros
- Generous 250 W ceiling covers eight to twelve outdoor PTZ units with margin.
- Combo SFP slots enable a fiber uplink when copper runs cross-building.
- Rack-friendly metal shell dissipates heat quietly with no fan noise.
Cons
- Unmanaged, so no VLAN tagging or traffic separation.
- Runs warm under full load. Give it an inch of clearance around the shell.
2. NETGEAR GS308EP 8-Port PoE Switch
My go-to when somebody wants VLAN segmentation at home without hunting eBay for used enterprise gear. Eight Gigabit drops, a 62 W ceiling, and NETGEAR’s Easy Smart Managed Essentials web UI let you carve off a guest network, tag your camera subnet, and set basic QoS from a phone browser. I dropped mine into the basement to isolate an IoT sandbox from the family LAN. Eighteen months later it just hums along.
Pros
- Web-managed with VLANs, per-port QoS, and basic loop protection.
- Honest 62 W ceiling rather than a peak-only marketing figure.
- Three-year warranty plus painless North American RMA support.
Cons
- The Easy Smart UI feels dated and reloads slowly after edits.
- 62 W is thin for two access points plus multiple outdoor cams.
3. TP-Link TL-SG116P 16 Port Gigabit PoE Switch
The middle-ground pick for a mid-sized surveillance rollout that never needs managed features. All sixteen Gigabit drops carry 30 W with a 120 W ceiling, honest arithmetic for eight to ten typical bullet cams plus a pair of APs. Its fanless metal shell sits happily next to an NVR in a closet, adding no noise or filter dust to clean.
Pros
- Extend mode reaches 250 m on a single run, useful for outbuilding cams.
- Isolation mode limits broadcast storms between drops for a simple LAN split.
- Silent, fanless chassis suits residential closets or coat racks.
Cons
- The 120 W ceiling forces planning if every drop draws 30 W.
- No web interface, so per-drop control is limited to DIP switches.
4. TP-Link LS108GP 8 Port PoE Switch
This one earns its slot purely because of Extend mode. Push a cam 820 feet from the rack and you still receive power plus 10 Mbps data on the same wire, plenty for a 1080p H.265 stream. Eight Gigabit drops share a 65 W ceiling, so budget for four or five decent-draw cams rather than a full eight. I reached a barn cam roughly 700 feet from the main house last autumn. Worked first try.
Pros
- 250 m Extend mode saves buying an intermediate injector on long pulls.
- Auto Recovery power-cycles a frozen cam without a truck roll.
- Fanless metal shell runs silent and cool in a utility closet.
Cons
- 65 W is thin for eight active devices at full load.
- Zero management interface, so verifying per-drop draw is guesswork.
5. TP-Link TL-SG1005P 5-Port PoE Switch
Adding your very first powered device to a home LAN? This is what I would tell a friend to buy. Four Gigabit drops share a 65 W ceiling, and the fifth non-PoE slot handles your router uplink without stealing a wall pull. Port-based 802.1p, DSCP QoS, and IGMP snooping keep a Reolink or Ring feed smooth even while someone streams 4K on the same LAN.
Pros
- Non-PoE fifth drop makes a natural router uplink.
- IGMP snooping keeps multicast video off the rest of the wire.
- Metal chassis with wall-mount holes fits a structured wiring panel.
Cons
- 65 W across four drops means only two 30 W devices at once.
- Troubleshooting a dead drop is swap-and-guess without any diagnostics.
6. NETGEAR GS305P 5-Port PoE Switch
The shortest path from “I have one front-door cam” to a working install. Five Gigabit drops, four powered, a 63 W ceiling, and NETGEAR’s three-year warranty. I handed one to my father-in-law to feed his Ubiquiti G3 Instant at the cabin. He had it live the same afternoon.
Pros
- Zero configuration required. Plug it in and the drops come alive.
- NETGEAR’s three-year warranty is among the easier RMA processes.
- Fanless build is quiet enough to sit on a bookshelf unnoticed.
Cons
- No management, so per-drop draw is invisible.
- 63 W handles two cams plus an AP, thin for four active devices.
7. TP-Link TL-SF1005P 5 Port Fast Ethernet PoE Switch
Budget tight, every camera on the site a cheap 1080p bullet never breaking 20 Mbps? This is the pick. Drops max out at 10/100 Mbps, so forget Gigabit, but a 67 W ceiling across four powered slots feeds four 720p to 1080p cams with a doorbell to spare. I installed one at a friend’s tool shed with two no-name cams. Fine a year later.
Pros
- Unusually generous 67 W ceiling for five-drop Fast Ethernet gear.
- Auto Recovery reboots a stuck cam without a physical unplug.
- Extend mode pushes power to 250 m at 10 Mbps.
Cons
- 100 Mbps drops throttle any modern 4K cam or NVR uplink.
- Zero management, SNMP, or remote diagnostics.
How to Choose a PoE Switch
- Total wattage: Add the draw of every device you plan to feed, then leave 20 percent headroom. A 65 W box will not comfortably run four 30 W access points.
- Class per drop: 802.3af caps at 15.4 W, PoE+ (at) at 30 W, PoE++ (bt) reaches 60 to 90 W. Match the class to your hungriest device.
- Managed or unmanaged: VLANs, QoS, or SNMP monitoring? Buy managed. Just want the cameras to work? Unmanaged is cheaper and easier.
- Ports and speed: Buy 25 percent more drops than you think you need. Gigabit is table stakes. Fast Ethernet only makes sense for elderly 720p cams.
- Uplink choices: Runs beyond 100 m? An SFP fiber uplink is worth the extra $30. Single-closet build? Copper is fine.
- Warranty: Three years is the current bar. Both brands here handle North American RMAs reasonably.
For an adjacent home AV project, my best digital converter box guide covers the OTA side. Chasing a quieter noise floor in the car? The best line out converter picks may help.
Frequently Asked Questions
What is the difference between PoE, PoE+, and PoE++?
802.3af delivers up to 15.4 W upstream and about 12.95 W at the powered device. PoE+ (802.3at) doubles that to 30 W, which covers most outdoor cams and Wi-Fi 6 access points. PoE++ (802.3bt) reaches 60 or 90 W, needed for high-end PTZ optics, thin clients, and certain Wi-Fi 7 radios. Match the class to your hungriest gadget.
How many watts does the box need?
Add every powered device’s draw and pad with 20 percent. Two 12 W bullet cams plus a 25 W AP equals 49 W, so a 65 W unit sits comfortable. Two 30 W outdoor PTZ optics plus a pair of 25 W radios totals 110 W, meaning you want a 120 W chassis. Never buy for the exact number. Buy for growth.
Is a managed unit worth it at home?
Only if you actually plan to use VLAN segmentation, QoS, or SNMP polling. If you just want cameras and access points to work, an unmanaged model saves cash and setup time. Planning to isolate an IoT subnet or push a guest Wi-Fi VLAN from the same chassis? Buy managed. The NETGEAR GS308EP above is a solid small-scale pick.
Can I run cameras beyond 100 meters?
Standard 802.3at tops out around 100 m per drop. Several picks here, notably the TP-Link LS108GP and TL-SG116P, offer an Extend mode reaching 250 m at 10 Mbps. Enough for a single 1080p H.265 stream at a barn, garage, or outbuilding. Longer? Use a mid-run injector or fiber-plus-power hybrid.
Do I need an injector too?
No, and mixing them is a common mistake. A powered chassis already delivers current on the same wire as data, making a separate injector redundant. Injectors exist for when you have a plain vanilla box you cannot replace and one new device to feed.
Will these fry a non-powered device?
Modern chassis (every pick here) negotiate power with the connected gadget before energizing the drop. Plug a laptop into a live slot and it stays cold. Older passive injectors send current blindly, which is why you should not mix legacy passive gear with modern chassis.
Related Reading
Bottom Line
For a small business rolling out cameras, phones, and radios on one box, the TP-Link TL-SG1218MP is what I would spec first. Its 250 W ceiling plus SFP uplinks cover almost any small-office footprint. Want a smart home unit with VLAN and QoS controls in a tidy case? The NETGEAR GS308EP is the runner-up worth paying for. For a broader take on affiliate policies, see the FTC endorsement guides.
Affiliate disclosure: As an Amazon Associate we earn from qualifying purchases at no extra cost to you. Prices and availability are accurate at the time of publication.